Socket devices and methods of use
A socket assembly may include a fastener socket and a contact member. The contact member may extend through a window formed in the fastener socket in a first direction to engage a fastener head and lock the socket assembly to the fastener head in a locked position. The contact member may also retract at least partially into the window in a second direction to disengage the contact member from the fastener head and unlock the socket assembly from the fastener head in an unlocked position. A threaded actuator may be rotated to transform the socket assembly between the locked position and the unlocked position. The contact member may comprise a tang having first and second tang projections configured to engage first and second surfaces of the fastener head and lock the socket assembly to the fastener head.
1. A socket assembly comprising:
a fastener socket configured to receive a fastener head therein, the fastener socket comprising a window formed through a side of the fastener socket; and
a tang comprising:
a first tang projection configured to engage a first surface of the fastener head adjacent a first edge of the fastener head; and
a second tang projection configured to engage a second surface of the fastener head, the first edge of the fastener head intermediate the first surface of the fastener head and the second surface of the fastener head,
the tang defining a tang recess intermediate the first tang projection and the second tang projection, the tang recess configured to receive the first edge of the fastener head as the first tang projection engages the first surface of the fastener head and the second tang projection engages the second surface of the fastener head;
wherein:
in a locked position, the tang extends through the window in a first direction to engage the first surface of the fastener head with the first tang projection and engage the second surface of the fastener head with the second tang projection to lock the socket assembly to the fastener head; and
in an unlocked position, the tang is retracted at least partially into the window in a second direction to disengage the first tang projection from the first surface of the fastener head and disengage the second tang projection from the second surface of the fastener head to unlock the socket assembly from the fastener head.
2. The socket assembly of claim 1 , comprising:
a plurality of windows formed through the side of the fastener socket and spaced apart from each other, the plurality of windows comprising the window; and
a plurality of tangs spaced apart from each other, the plurality of tangs comprising the tang,
wherein the plurality of tangs are configured to extend through the plurality of windows and engage the fastener head to selectively lock and unlock the socket assembly from the fastener head.
3. The socket assembly of claim 2 , wherein:
the plurality of windows comprises three windows spaced apart from each other at 120 degree intervals; and
the plurality of tangs comprises three tangs spaced apart from each other at 120 degree intervals.
4. The socket assembly of claim 2 , wherein each of the plurality of tangs is configured to rotatably self-align with an edge of the fastener head as the plurality of tangs engage the fastener head.
5. The socket assembly of claim 1 , comprising:
a resilient gripper ring, wherein the tang is coupled to the resilient gripper ring; and
a lock-on sleeve comprising a cammed surface configured to engage the resilient gripper ring to selectively extend and retract the tang through the window,
wherein:
in the locked position, the lock-on sleeve is translated along a first direction to engage the resilient gripper ring with a first portion of the cammed surface to radially compress the resilient gripper ring and extend the tang through the window to lock the socket assembly to the fastener head; and
in the unlocked position, the lock-on sleeve is translated along a second direction to engage the resilient gripper ring with a second portion of the cammed surface to radially decompress the resilient gripper ring and retract the tang through the window to unlock the socket assembly from the fastener head.
6. The socket assembly of claim 5 , comprising:
a lock-on ring comprising first threading configured to threadably couple with second threading of the fastener socket,
wherein:
rotating the lock-on ring in a first rotational direction with respect to the fastener socket translates the lock-on sleeve in a first axial direction with respect to the fastener socket to lock the socket assembly to the fastener head; and
rotating the lock-on ring in a second rotational direction with respect to the fastener socket translates the lock-on sleeve in a second axial direction with respect to the fastener socket to unlock the socket assembly from the fastener head.
7. The socket assembly of claim 1 , wherein a bore of the fastener socket comprises a taper having a portion that extends above the window that is formed through the side of the fastener socket.
8. A socket assembly comprising:
a fastener socket configured to receive a fastener head therein, the fastener socket comprising a window formed through a side of the fastener socket;
a contact member configured to engage the fastener head; and
a threaded actuator that is configured to be rotated to transform the socket assembly between a locked position and an unlocked position;
wherein:
in the locked position, the contact member extends through the window in a first direction to engage the fastener head and lock the socket assembly to the fastener head; and
in the unlocked position, the contact member is retracted at least partially into the window in a second direction to disengage the contact member from the fastener head and unlock the socket assembly from the fastener head.
9. The socket assembly of claim 8 , wherein the contact member comprises a contact blade configured to engage the fastener head.
10. The socket assembly of claim 9 , comprising:
a plurality of windows formed through the side of the fastener socket and spaced apart from each other, the plurality of windows comprising the window; and
a plurality of contact blades spaced apart from each other, wherein the plurality of contact blades are configured to extend through the plurality of windows and engage the fastener head to selectively lock and unlock the socket assembly from the fastener head.
11. The socket assembly of claim 10 , wherein:
the plurality of windows comprises three windows spaced apart from each other at 120 degree intervals; and
the plurality of contact blades comprises three contact blades spaced apart from each other at 120 degree intervals.
12. The socket assembly of claim 8 , wherein the contact member comprises a tang, the tang comprising:
a first tang projection configured to engage a first surface of the fastener head adjacent a first edge of the fastener head; and
a second tang projection configured to engage a second surface of the fastener head, the first edge of the fastener head intermediate the first surface of the fastener head and the second surface of the fastener head,
the tang defining a tang recess intermediate the first tang projection and the second tang projection, the tang recess configured to receive the first edge of the fastener head as the first tang projection engages the first surface of the fastener head and the second tang projection engages the second surface of the fastener head;
wherein:
in the locked position, the tang extends through the window in a first direction to engage the first surface of the fastener head with the first tang projection and engage the second surface of the fastener head with the second tang projection to lock the socket assembly to the fastener head; and
in the unlocked position, the tang is retracted at least partially into the window in the second direction to disengage the first tang projection from the first surface of the fastener head and disengage the second tang projection from the second surface of the fastener head to unlock the socket assembly from the fastener head.
13. The socket assembly of claim 12 , comprising:
a plurality of windows formed through the side of the fastener socket and spaced apart from each other, the plurality of windows comprising the window; and
a plurality of tangs spaced apart from each other, the plurality of tangs comprising the tang,
wherein the plurality of tangs are configured to extend through the plurality of windows and engage the fastener head to selectively lock and unlock the socket assembly from the fastener head.
14. The socket assembly of claim 13 , wherein:
the plurality of windows comprises three windows spaced apart from each other at 120 degree intervals; and
the plurality of tangs comprises three tangs spaced apart from each other at 120 degree intervals.
15. The socket assembly of claim 14 , wherein each of the plurality of tangs is configured to rotatably self-align with an edge of the fastener head as the plurality of tangs engage the fastener head.